Fission, 6 bytes

A rare case of a generalised quine that is the same length as the normal quine:

"LO+!'

The idea is the same as that of the normal quine, but we're using a left-going atom (starting at the L) so that print mode traverses the code in the opposite order.

(Fission is newer than this challenge, but this isn't the shortest code anyway.)

Fission, 6 bytes

A rare case of a generalised quine that is the same length as the normal quine:

"LO+!'

The idea is the same as that of the normal quine, but we're using a left-going atom (starting at the L) so that print mode traverses the code in the opposite order.

Fission, 6 bytes

A rare case of a generalised quine that is the same length as the normal quine:

"LO+!'

The idea is the same as that of the normal quine, but we're using a left-going atom (starting at the L) so that print mode traverses the code in the opposite order.

(Fission is newer that this challenge, but this isn't the shortest code anyway.)

Fission, 6 bytes

A rare case of a generalised quine that is the same length as the normal quine:

"LO+!'

The idea is the same as that of the normal quine, but we're using a left-going atom (starting at the L) so that print mode traverses the code in the opposite order.

(Fission is newer than this challenge, but this isn't the shortest code anyway.)

Fission, 6 bytes

A rare case of a generalised quine that is the same length as the normal quine:

"LO+!'

The idea is the same as that of the normal quine, but we're using a left-going atom (starting at the L) so that print mode traverses the code in the opposite order.

(Fission is newer that this challenge, but this isn't the shortest code anyway.)

Fission, 6 bytes

A rare case of a generalised quine that is the same length as the normal quine:

"LO+!'

The idea is the same as that of the normal quine, but we're using a left-going atom (starting at the L) so that print mode traverses the code in the opposite order.

(Fission is newer that this challenge, but this isn't the shortest code anyway.)